Colour is an important signal that flowering plants use to attract insect pollinators like bees. Previous research in Germany has shown that nectar volume is higher for flower colours that are innately preferred by European bees, suggesting an important link between colour signals, bee preferences and floral rewards. In Australia, flower colour signals have evolved in parallel to the Northern hemisphere to enable easy discrimination and detection by the phylogenetically ancient trichromatic visual system of bees, and native Australian bees also possess similar innate colour preferences to European bees. We measured 59 spectral signatures from flowers present at two preserved native habitats in South Eastern Australia and tested whether ther...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Orchids are a classic angiosperm model for understanding biotic pollination. We studied orchid speci...
Innate preferences promote the capacity of pollinators to find flowers. Honeybees and bumblebees hav...
Flowering plants in Australia have been geographically isolated for more than 34 million years. In t...
Flowers are often viewed by bee pollinators against a variety of different backgrounds. On the Austr...
Citations to Advance online articles must include the digital object identifier (DOIs) and date of i...
Bee pollinators interact with flowers in a complex signal-receiver system. Chromatic traits that all...
Plant-pollinator interactions have a very important role in the reproductive cycle of flowering plan...
Flowers’ colours are an essential element of their ability to attract visits from pollinators. Howev...
When a pollination vector is required, any mechanism that contributes to floral visitation will pote...
Colour signals are a major cue in putative pollination syndromes. There is evidence that the reflect...
Colour signals are a major cue in putative pollination syndromes. There is evidence that the reflect...
Colour signals are a major cue in putative pollination syndromes. There is evidence that the reflect...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Orchids are a classic angiosperm model for understanding biotic pollination. We studied orchid speci...
Innate preferences promote the capacity of pollinators to find flowers. Honeybees and bumblebees hav...
Flowering plants in Australia have been geographically isolated for more than 34 million years. In t...
Flowers are often viewed by bee pollinators against a variety of different backgrounds. On the Austr...
Citations to Advance online articles must include the digital object identifier (DOIs) and date of i...
Bee pollinators interact with flowers in a complex signal-receiver system. Chromatic traits that all...
Plant-pollinator interactions have a very important role in the reproductive cycle of flowering plan...
Flowers’ colours are an essential element of their ability to attract visits from pollinators. Howev...
When a pollination vector is required, any mechanism that contributes to floral visitation will pote...
Colour signals are a major cue in putative pollination syndromes. There is evidence that the reflect...
Colour signals are a major cue in putative pollination syndromes. There is evidence that the reflect...
Colour signals are a major cue in putative pollination syndromes. There is evidence that the reflect...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Plant-pollinator interactions have a fundamental influence on flower evolution. Flower color signals...
Orchids are a classic angiosperm model for understanding biotic pollination. We studied orchid speci...